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- A head-to-head comparison of the ARM Cortex-M4 and –M0 processor cores by Jack Ganssle
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Tag Archives: Mixed Signal
Workshop on Analog and Mixed-Signal Design Automation: November 8 in Silicon Valley
A 1-day workshop on Analog and Mixed-Signal Design Automation will be held on November 8 in conjunction with ICCAD in Silicon Valley. It’s no secret that advanced-node process scaling makes all IC design more complex and more challenging—even more so … Continue reading
Download a free PDF of the Mixed-signal Methodology Guide, Chapter 1: Design Trends and Challenges
A couple of days ago, I let you know that Cadence had just published a comprehensive book on mixed-signal SoC design and verification. The book’s title is the “Mixed-Signal Methodology Guide,” written by the top mixed-signal design experts from across … Continue reading
Posted in EDA360, Mixed Signal, Silicon Realization, SoC, SoC Realization, Verification
Tagged Boeing, Cadence, Mixed Signal, Qualcomm, SoC
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New Mixed-Signal Methodology Guide provides design, verification and implementation methodologies for advanced mixed-signal designs
Cadence has just published the “Mixed-Signal Methodology Guide,” which provides an overview of design, verification and implementation methodologies for advanced mixed-signal designs based on recommendations from the book’s co-authors—top mixed-signal design experts from across the industry including authors from Boeing, … Continue reading
Meaty new book on Mixed-Signal SoC Design, Verification and Implementation Methodology is nearly ready
Is your current SoC project a mixed-signal design? If not, chances are good that the next one will be. That’s because there’s been an evolution in SoC design from pure digital to analog/mixed-signal (AMS) designs over the past several years … Continue reading
FREE Webinar on analog verification. Wednesday, May 9 at 9:00 am PST
Analog blocks are usually verified at the block level many things still go wrong with connectivity and control of the analog circuit at the SoC level. It’s not enough to integrate these analog blocks into digital simulations; you need to … Continue reading
Posted in Analog, EDA360, Mixed Signal, Silicon Realization, Verification
Tagged AMS, Analog, Mixed Signal, SV-AMS, SystemVerilog, verification
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Free Webinar on December 8: Mixed-signal and low-power analysis and verification techniques
As the size and complexity of mixed-signal designs have grown, so has the verification task. Designers face the challenging task of verifying complex power, performance, and functionality specifications as well as validating analog and digital interactions over a broad range … Continue reading
Posted in AMS, EDA360, Silicon Realization, SoC, Verification
Tagged Analog, ASIC, Low Power, Mixed Signal
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Who else wants to overcome power-related IR-drop and electromigration challenges in mixed-signal ASIC designs?
How many times have you discovered unanticipated IR drop or electromigration problems in the power grids of your complex analog or mixed-signal ASIC? How easy was it to fix these problems? Virtually all modern IC and SoC designs include mixed … Continue reading
Posted in EDA360, Silicon Realization
Tagged Analog, ASIC, electromigration, IR drop, Mixed Signal
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Learn how an analog design flow can boost your IC design productivity…FREE (Breakfast and Lunch too!)
You’ve got just a few days only before the new series of free technical seminars on analog design flows for analog, mixed-signal, and custom designs can boost your team’s design productivity. The key to boosting design productivity is reducing design … Continue reading
Posted in Design Abstraction, Design Convergence, Design Intent, EDA360, Silicon Realization
Tagged Analog, Mixed Signal
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Free EDA Seminar Day: Analog, Mixed Signal, RF Silicon Realization, Simulation, Verification, Power. Bracknell, UK. November 17, 2010.
Ready to propel your analog, mixed-signal, and RF Silicon Realization efforts into the future? If you can manage to be in Bracknell, UK (just west of London on the M4) this November 17, you can brush up for a full … Continue reading
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